Automaker General Motors and NASA share a long history; it goes back to GM supplying the lunar rover used during the later Apollo missions in the early 1970s [MSNBC]. In their latest partnership, GM and NASA have created the Robonaut 2–a humanoid robot that can be used both on Earth and in space. The collaboration comes a time when the Obama administration has called for NASA to focus more on commercial spaceflight and on collaboration with private industry [CNET].

Robonaut 2, which looks a bit like a sleeker version of R2-D2, is a step up from the first iteration made 10 years ago by NASA and the Defense Advanced Research Project Agency (DARPA). That robonaut was intended to be used mostly for space purposes. But the new version, R2, would be equally at home on the International Space Station or on a car assembly line in Detroit.

R2 has been built to replicate the appearance of a human from the waist up so that it can fit into and work in the same spaces, doing the same jobs as people do, sometimes right alongside them [MSNBC]. It has a humanoid torso, head, arms, hands, and fingers, and it displays remarkable flexibility. R2 can also lift and move up to twenty pounds with each arm, which NASA says is about four times more than other humanoid robots. Its four-jointed opposible thumbs allow it to use tools, much like a human. But while the upper half resembles a human, the bottom half of the robot is yet to be designed. Scientists expect R2 to either stand on one leg or be fitted with wheels.

For now R2’s design make it perfect for factory floors. In the past, GM had complained that it spent too much money installing protection systems and cages when it put a robot (usually just a set of mechanical arms with tools) on the assembly line. The company said they thrashed about, without any regard to who or what was next to them. With R2, scientists are hopeful they have a machine that is not just more dexterous but can also be an effective worker on the floor. GM executive Alan Taub explains that Robonaut2’s arms are small and light, with excellent sensors to ensure they stop if they come in contact with something unexpected. “It has a very elegant sensing system so it can sense resistance in the arm,” said Taub. “A child’s hand will stop it” [MSNBC].

The partnership between the automaker and the space agency is expected to yield benefits for both. GM sees the project as a way to develop new sensors, controls, and vision technology that can be integrated into future automobiles and factories to make them safer [Slashgear].NASA officials, meanwhile, are hopeful of employing R2 in space alongside human astronauts. It could serve, they say, as an assistant on spacewalks by going ahead of the crew to set up the work site.

Pretty cool stuff. I wonder how Honda’s Asimo compares? Asimo does have legs.

speedbagger

Pretty cool, but that thing does NOT look even remotely like R2-D2.

Montvillian

Incredible – picking up and folding the cloth cover – amazing! Must be using a combination of visual and hand sensors to accomplish this complex task. How complex are the instructions? What modeling is done? Where do we find out more?

Chris the Pragmatist

The cost of purchasing one of these units for large scale manufacturing operations is probably still too expensive for most companies so I wouldn’t expect them to be in the workforce anytime soon, but down the road I could see labor issues as human workers are replaced by robots. Way to bust unions possibly? Threatening removal of people for robots who can do the same job?